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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MACNE45929 | 535 | 10 |  A0A2K6BCE0 | |||
| MACNE45931 | 497 | 10 | A0A2K6BCI6 | |||
| MACNE45932 | 411 | 8 | A0A2K6BCJ5 | |||
| MACNE45930 reference isoform | 497 | 10 | A0A2K6BCI6 |
Protein Sequence
Download: Fasta
MDNRPHVTPA LIFAITVATI GSFQFGYNTG VINAPERIIK EFIKKSLMEK ANALPSEVLL 60 TSLWSLSVAI FSVGGMIGSF SVGLFVNRFG RRNSMLIVNL LAVAGGCLMG LCKIAESVEM 120 LILGRLVIGL FCGLCTGFVP MYIGEISPTA LRGAFGTLNQ LGIVIGILVA QIFGLEFILG 180 SEELWPVLLG FTILPAILQS ATLPCCPESP RFLLINRKEE ENAKRILQWL WGTQDVFQDI 240 QEMKDESVRM SQEKQVTVLE LFRVSSYRQP IIISIVLQLS QQLSGINAVF YYSTGIFKDA 300 GVEEPIYATI GAGVVNTVFT VVSLFLVERA GRRTLHMIGL GGMAVCSMLM TVSLLLKDTY 360 NGMSFVCIGA ILVFVAFFEI GPGPIPWFIV AELFSQGPRP AAMAVAGCSN WTSNFLVGLL 420 FPSAAHYLGA YVFIIFTGFL ITFLIFTFFK VPETRGRTFE DITRAFEGQA QGANRSGKDA 480 VMEMNSIQPP KETTTNV 497
cDNA Sequence
Download: Fasta
ATGGACAACA GACCGCATGT CACCCCAGCT CTGATCTTTG CCATCACAGT TGCTACAATC 60 GGCTCTTTCC AGTTTGGCTA CAACACTGGG GTCATCAATG CTCCTGAGAG AATCATAAAG 120 GAATTTATCA AGAAAAGTTT GATGGAAAAG GCAAATGCCC TTCCCTCTGA GGTGCTGCTC 180 ACGTCTCTCT GGTCCTTGTC TGTGGCCATA TTCTCCGTCG GGGGTATGAT CGGCTCCTTT 240 TCCGTCGGAC TCTTTGTCAA CCGCTTTGGC AGGCGTAATT CAATGCTGAT TGTCAACCTG 300 TTGGCTGTCG CTGGTGGCTG CCTTATGGGA CTGTGTAAAA TAGCTGAGTC GGTTGAAATG 360 CTGATCTTGG GCCGCTTAGT TATTGGCCTC TTCTGTGGAC TGTGCACAGG TTTTGTGCCT 420 ATGTACATTG GAGAGATCTC GCCTACTGCC CTGCGGGGTG CCTTTGGCAC TCTCAACCAG 480 CTGGGCATCG TAATTGGAAT TCTGGTGGCC CAGATCTTTG GTCTGGAATT CATCCTTGGG 540 TCTGAAGAGC TATGGCCCGT GCTATTGGGC TTCACCATCC TTCCTGCTAT CCTACAAAGT 600 GCAACCCTTC CATGTTGCCC TGAAAGTCCC AGATTTTTGC TCATTAACAG AAAAGAAGAG 660 GAGAATGCTA AGCGGATCCT CCAGTGGTTG TGGGGCACCC AGGATGTATT TCAAGACATC 720 CAGGAGATGA AAGATGAGAG TGTAAGGATG TCACAAGAAA AGCAAGTCAC CGTGCTGGAG 780 CTCTTTAGAG TGTCCAGCTA CCGACAGCCC ATCATCATTT CCATTGTGCT CCAGCTCTCT 840 CAGCAGCTCT CTGGCATCAA TGCTGTGTTC TATTACTCAA CAGGAATCTT CAAGGATGCA 900 GGTGTTGAAG AGCCCATCTA TGCCACCATC GGCGCGGGTG TGGTTAATAC TGTCTTCACT 960 GTAGTTTCTC TATTTCTGGT GGAAAGGGCA GGAAGAAGGA CTCTGCATAT GATAGGCCTT 1020 GGAGGGATGG CTGTTTGTTC CATGCTCATG ACTGTTTCTT TGTTATTAAA GGATACCTAT 1080 AATGGGATGA GCTTTGTCTG TATTGGGGCT ATCTTGGTCT TTGTGGCCTT TTTTGAAATT 1140 GGACCAGGCC CCATTCCCTG GTTTATTGTG GCCGAACTCT TCAGCCAGGG CCCCCGCCCA 1200 GCTGCGATGG CAGTGGCCGG CTGCTCCAAC TGGACCTCCA ACTTCCTAGT CGGATTGCTC 1260 TTCCCCTCTG CTGCTCACTA TTTAGGAGCC TACGTTTTTA TTATCTTCAC TGGCTTCCTC 1320 ATTACCTTCT TGATCTTTAC CTTCTTCAAA GTCCCTGAGA CCCGTGGCAG GACTTTTGAG 1380 GATATCACAC GGGCCTTTGA AGGGCAGGCG CAAGGTGCAA ATAGATCTGG GAAGGACGCC 1440 GTCATGGAGA TGAACAGCAT CCAGCCTCCT AAGGAGACCA CCACCAATGT CTAA 1494